What's the Rush?: Alternative Values in Navigation Technologies for Urban Placemaking

Title of the Paper

What’s the Rush?: Alternative Values in Navigation Technologies for Urban Placemaking

Paper Information

• Subject Area: Human-Computer Interaction (HCI) and Urban Planning
• Keywords: Navigation technologies, urban sense of place, map design, efficiency, mobile technologies, urban design, urban exploration, value-based design, HCI, emotional experience

Research Background and Issues

• Identified Problems or Challenges:

  • Current navigation technologies (e.g., Google Maps and Waze) are overly focused on efficiency, specifically “finding the shortest or fastest route.”
  • This excessive emphasis on efficiency weakens users' interaction and emotional connection with urban spaces and their surroundings.
  • Additionally, the design of navigation technologies is constrained by economic goals (e.g., advertising), limiting opportunities for users to deeply explore and discover urban spaces.
  • Mapping and functionality design in navigation technologies fail to adequately respond to “sense of place” and cultural factors, such as community characteristics or historical context.

• Importance of the Issues:

  • Navigation technologies that prioritize efficiency may exacerbate social isolation in modern cities, neglecting the potential for users to shape a “sense of place” through daily mobility activities.
  • Urban vitality and sustainability require richer connections between residents and places, beyond mere functional purposes.

• Research Motivation and Related Work:

  • Enhancing deep interaction between users and urban environments by supporting the concept of “placemaking” through navigation.
  • Integrating place theories from HCI, geography, and social sciences (e.g., Lefebvre’s "commodification of space" theory) into design requirements.
  • Aligning with current HCI trends that examine the impact of digital technologies on place politics and social relationships, exploring values beyond efficiency.

Solution

• Proposed Methods or Solutions:

  • Using the “Value Sensitive Design” (VSD) framework to identify seven key navigation values beyond efficiency, including exploration, sense of community, tranquility, familiarity, simplicity, aesthetics, and curiosity.
  • Conducting interviews and design workshops to further understand users’ value preferences during navigation and how to better integrate them into navigation tools.

• Innovative Aspects:

  • Reexamining navigation design from a multidimensional perspective beyond efficiency, focusing on how it can foster a sense of place in urban spaces.
  • Introducing “psychogeography” methods to help users deeply experience cities through non-traditional routes.
  • Proposing design directions that support discovery and emotional connection (e.g., dynamic temporal layers on maps, exploration modes).

• Implementation Steps and Techniques:

  1. Semi-structured Interviews:
     • Interviewed 16 Toronto residents to discuss their daily navigation habits, map usage preferences, and interactions with urban spaces.
     • Extracted important user values in navigation activities through reflective thematic analysis.
  2. Design Workshops:
     • Organized design workshops with two different groups (19 participants total), allowing participants to explore and design new navigation technology concepts based on specific values.
     • Workshops were divided into three parts: value discussion, field walking exploration, and value-based map redesign.

Research Outcomes

• Specific Results:

  • Identified and refined seven “non-efficiency” values that users prioritize in urban navigation (e.g., exploration, sense of community, and tranquility).
  • Highlighted four issues with current navigation technologies:
    1. Limiting users’ ability to discover.
    2. Discrepancies between mapping methods and residents’ actual experiences.
    3. Neglecting the role of emotional experiences in urban navigation.
    4. A narrow definition of efficiency that overlooks users’ diverse needs.
  • Proposed functional highlights based on user feedback and hands-on design, such as community heatmaps, historical story prompts in navigation pop-ups, sound and tranquility indicators.

• Advantages Over Existing Solutions:

  • Incorporates users’ emotional needs and sociogeographical cultural factors into technology design, moving beyond a sole focus on efficiency.
  • Encourages map designs that go beyond “official data,” promoting user-generated community memories and meanings.
  • Supports deeper connections between individuals and communities, aligning with Lefebvre’s “spatial vitality theory” and “dynamic production of place theory.”

• Experimental and Evaluation Results:

  • Most participants acknowledged that design suggestions based on non-efficiency values could better support their emotional connection and enriched community experiences in urban settings.

• Limitations and Future Directions:

  • Limitations:
    • Research participants were primarily sampled from Toronto, Canada, lacking representation of cross-cultural or low-resource environments.
    • Due to time and resource constraints, large-scale real-world navigation data was not incorporated for design validation and extensive testing.
  • Future Directions:
    • Explore user practices that include more diverse racial, gender, and economic backgrounds.
    • Further validate the technical feasibility of design concepts and implement real-time dynamic community feedback on maps.
    • Develop optimization algorithms to balance efficiency and non-efficiency factors.

Conclusion

This study reexamines the efficiency-driven goals of navigation technologies, proposing a multidimensional and human-centered design perspective aimed at supporting urban residents in shaping deeper community and emotional connections through navigation. Additionally, the research provides a critical starting point for future exploration of technological transformations in the user-urban space relationship.